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Consider the following graph. Assume the adjacency lists are in sorted order: explore 0-1 before 0-6 or 0-7 (numerical order). Perform depth-first traversal on the graph blow.

What is the output of the following code snippet? union test{    int x;    char arr[8];    int y;}; int main(){    printf(“%d”, sizeof(union test));     return 0;}

What is the output of the following code snippet? union test{    int x;    char arr[8];    int y;}; int main(){    printf(“%d”, sizeof(union test));     return 0;}

Arrays are 

Arrays are 

Why do correlation coefficients greater than 0.50 rarely occur in the social sciences?

When working with two nominal variables, each with two levels, a chi-square test for goodness of fit would be the appropriate test to use.

Your statistics professor was interested in the extent to which class attendance predicted test performance (% test score) in Introductory Psychology. An analysis of the data revealed the following information:N = 127; rxy = .518Mx = 17.43; SDx = 4.21; SSx = 2248My = 71.46; SDy = 12.82; SSy = 20888The formula for the regression line was calculated as = 43.941 + 1.579X. Using this information calculate the adjusted r2.

Your statistics professor was interested in the extent to which class attendance predicted test performance (% test score) in Introductory Psychology. An analysis of the data revealed the following information:N = 127; rxy = .518Mx = 17.43; SDx = 4.21; SSx = 2248My = 71.46; SDy = 12.82; SSy = 20888The formula for the regression line was calculated as = 43.941 + 1.579X. Using this information calculate the standardized regression coefficient ().

Why do correlation coefficients greater than 0.50 rarely occur in the social sciences?